baber/WOPTO huggingface dataset:
Patent JP-S61145366-A (JP)
Title: Distributor for internal-combustion engine
Inventor: ARANO ISAMU
IPC: F02P7/067
Filed: 1984-12-19
Abstract: PURPOSE:To enhance general purpose usability, by limiting the flow direction of a primary current to the center direction of a shaft, which serves as the core of a pickup coil, so as to prevent an ignition coil from being influenced by a change of magnetic flux due to the primary current. CONSTITUTION:An ignition timing control device 21 provides terminals 22, 23 radially for a rotor shaft 9, directing an inflow direction of a primary side current Ic in an ignition coil toward almost the center of the rotor shaft 9. Consequently, the device, preventing magnetic flux generated by a magnet from being influenced by the magnetic flux generated by the primary current, gives no influence to voltage induced in a detection coil 12. In this way, the device 21, deflecting its output terminals 22, 23 to the center part, causes no necessity of a control circuit 13 to decrease its area, and a distributor, whichever side of right or left a negative pressure responsive operated device 2 is mounted to, that is, whichever direction of clockwise or counter clockwise a stator core 6 rotates, can use the same ignition timing control device 21, improving general purpose usability.
Patent JP-H01108528-A (JP)
Title: Manufacture of thin film transistor matrix
Inventor: ENDO TETSURO
IPC: G02F1/1368
Filed: 1987-10-22
Abstract: PURPOSE:To manufacture a thin film transistor matrix whose parasitic capacity is small without complicating the manufacturing process by making an unnecessary part soluble by an auxiliary exposure after a back exposure. CONSTITUTION:A pattern edge of a gate electrode G is delimited as self- matching against a picture element electrode E and a drain bus line DB by a back exposing method, and a part which cannot be delimited by the back exposing method is made insoluble against a developer by an auxiliary exposure plus heating treatment executed prior to the back exposure. Also, by an auxiliary exposure continued from the back exposure, an unnecessary part of a resist becomes soluble. In such a way, a desired pattern is formed. Therefore, a thin film transistor matrix whose parasitic capacity CGS is small can be manufactured without complicating the manufacturing process.
Patent JP-H0697674-A (JP)
Title: Wall mounting device of electronic device
Inventor: HIRATANI KENJI
IPC: H05K5/02
Filed: 1992-09-10
Abstract: PURPOSE:To eliminate the need for increase of a mounting area on a wall and addition of an exhaust cable when an option unit is added by constituting an electronic device of a device main body and an option unit which can be selectively connected to the device main body and by attaching the option unit on a rear of the device main body overlapping each other. CONSTITUTION:A bottom of an option unit and a bottom of a device main body 2 are provided with a wall mounting hole 6 to be in a corresponding position relation each other. When the option unit 4 is combined to the device main body 2, the device main body and the option unit are mounted on a wall overlapping each other by stopping the hole 6 of a bottom of the option unit 4 to a stopping pin 7 projecting from a wall. Since the option unit 4 is mounted on a rear of the device main body 2 overlapping each other, an installation area is not increased and an exhaust cable is not added when an option unit is added. Therefore, good appearance is realized.
Patent JP-2000091292-A (JP)
Title: Method and device for washing of wafer
Inventor: UENO KINYA
IPC: H01L21/677
Filed: 1999-09-22
Abstract: PROBLEM TO BE SOLVED: To provide a washing device and a washing method of a wafer which can execute a good washing treatment when compared to a conventional device and a method and can realize reduction in installation area by miniaturization of a device and reduction in running cost by cutting consumption of washing solution, etc. SOLUTION: A semiconductor wafer inside a wafer carrier 40 mounted on a loader 5 is subjected to pitch conversion to 1/2 pitch, for example, by a pitch conversion mechanism 42. Then, a semiconductor wafer which was subjected to pitch conversion is received by a rotary carrying arm 9 and is carried to a washing treatment bath 10, a washing treatment bath 11, a submerged loader 7, etc., one by one and a washing treatment is executed.
Patent JP-S63122423-A (JP)
Inventor: UENO SHINICHIRO
IPC: A61B8/00
Filed: 1986-11-13
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H01109665-A (JP)
Title: Secondary cell
Inventor: YASUTOMI HIDEO
IPC: H01M10/0565
Filed: 1987-10-22
Abstract: PURPOSE:To improve the durability, current capacity, and charging and discharging cycle characteristic by using the plasma polymerized film of an organic compound containing alkaline metal ions and an element with large electronegativity as an electrolyte layer. CONSTITUTION:A solid electrolyte layer made of the plasma polymerized film of an organic compound containing alkaline metal ions and an element with large electronegativity is used as the electrolyte layer. Lithium, sodium, or potassium ions are used as the alkaline metal ions contained in the solid electrolyte layer. Nitrogen, oxygen, sulfur, fluorine, or chlorine is used as the element with large electronegativity.
Patent JP-H07123334-A (JP)
Title: Television receiver
Inventor: YAMAMOTO HIDEKI
IPC: H04N5/445
Filed: 1993-10-27
Abstract: PURPOSE:To provide a television receiver equipped with a horizontal synchronizing circuit not fluctuating or bounding the characters by jitter, and not generating any erroneous operation even when the characters are displayed at the time of non-signal channel reception or the like. CONSTITUTION:The television receiver is composed of a horizontal synchronizing circuit 1, filter circuit composed of a capacitor C2, asynchronization detecting circuit 9 for outputting a high signal at the time of non-signal channel reception, CPU 7 for outputting a high signal during a character display period together with the execution of a character display output, AND circuit to be made high in the state of no signal at the time of character display while inputting the outputs of the asynchronization detecting circuit 9 and the CPU 7, transistor Tr 1 to be turned on/off corresponding to the output of the AND circuit 8, and capacitor C6 to be connected to the filter circuit when the Tr 1 is turned on.
Patent JP-H02116914-A (JP)
Title: Input data processor
Inventor: FUJITA TADAMASA
IPC: G06F3/02
Filed: 1988-10-27
Abstract: PURPOSE:To enhance the display efficiency by checking data and a position on a screen, when the data which is set in advance is detected by a specific data deciding part, and executing a row feed/line feed processing, when the row feed/line feed condition is satisfied. CONSTITUTION:When data is inputted through a input device 1, an input part 6 fetches it and supplies it to a processing part 8. When a 1-item and key is operated, a character position deciding part 9 is operated, whether the present position of a final character is a row feed/line feed position or not is decided, and when the present position is the row feed/line feed position, the processing part 8 moves a cursor to the next line and the next row. Subsequently, when an operation of a work end key is detected by a specific key code discriminating part 7, the processing part 8 ends a data input processing. Thereafter, the processing part 8 operates a check part, allows the check part to check processing object data which is inputted before that time, and if there is an error, a screen at the time when the data is inputted is displayed on a display device 4, and also, an error generated part is displayed in red. In such a way, the row feed/line feed processing is executed automatically, and the workability is improved.
Patent JP-H10116730-A (JP)
Title: Inductance element and radio terminal device
Inventor: TAKEDA KAZUHIRO
IPC: H01F17/00
Filed: 1996-10-11
Abstract: PROBLEM TO BE SOLVED: To provide an inductance element and a radio terminal device which prevent a drop in a self-resonance frequency and a Q-value, which lower a fraction defective by preventing a crack due to a heat shock or the like and which prevent a drop in a mechanical strength. SOLUTION: In an inductance element, a conductive film 12 is formed on a base 11, grooves 13 are formed in the conductive film 12, and a protective material 14 is formed on the grooves 13. In this case, the base 11 is constituted in such a way that its volume resistivity is 10<13> or higher, that its coefficient of thermal expansion (at 20 to 500 deg.C) is 5×10<-4> or lower, that its permittivity is 12 or lower at 1MHz, that its flexural strength is 1300kg/cm<2> or higher and that its density is 2 to 5g/cm<3> .
Patent JP-S62129096-A (JP)
Inventor: MATSUMI TAKATOMO
IPC: D06F33/02
Filed: 1985-11-29
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H01111167-A (JP)
Title: Heat collector
Inventor: IMABAYASHI SATOSHI
IPC: F24S90/00
Filed: 1987-10-26
Abstract: PURPOSE:To miniaturize a heat collector and collect solar heat as well as the heat of atmosphere efficiently, by a method wherein the heat collector is constituted of a fin tube heat exchanger and is equipped with a ventilating fan for ventilating a part of the heat exchanger forcibly while the heat collector is constituted so that nonforced ventilating part is positioned at the upstream side of the flow direction of refrigerant and forced ventilating part is positioned at the downstream side of the same. CONSTITUTION:A heat collector 4 is divided into a natural ventilating part 41 and a forced ventilating part 42 by a partitioning plate 43 while the forced ventilating part 42 is equipped with a ventilating fan 44. Both of the natural ventilating part 41 and the forced ventilating part 42 of the heat collector 4 are fin tube type heat exchangers constituted of fins 46 and refrigerant pipes 47 and the fin pitch of the forced ventilating part 42 is more dense than the fin pitch of the natural ventilating part 41 while the heat collector is constituted so that the natural ventilating part 41 is positioned at the upstream side of the flow direction of refrigerant pipes 47 and the forced ventilating part 42 is positioned at the downstream side of the same. The natural ventilating part 41 is arranged at the upstream side and the forced ventilating part 42 is arranged at the downstream side whereby forced ventilation, stable as a heat source, is effected in the most unstable area of the final part of the evaporating process of refrigerant in the heat collector 4, therefore, the fluctuation of the amount of collected heat will never affect so much and hunting in the cycle of heat collection may be prevented.
Patent JP-H08137238-A (JP)
Title: Image forming device, and developing device therefor and controlling method for toner concentration
Inventor: NAGAO HISAO
IPC: G03G15/08
Filed: 1994-11-02
Abstract: PURPOSE: To realize exact control of the concentration of toner even if users carry out no initialization by making the developing device itself hold the data showing whether the developing device is fresh or not and the reference signal inherent to the developing device for controlling the concentration of toner. CONSTITUTION: The developing device identifying data of the EEPROM8 provided in the developing device 6 in the initial state shows that the developing device is fresh. When the power source of the image forming device is made on after the developing device 6 is loaded, the microcomputer system confirms the working condition of the developing device 6 in compliance with the control procedure of the CPU1. If the device 6 is fresh, it agitates the developer for a specified period by means of a screw. And immediately before the agitation of the developer is finished, a toner sensor 7 detects the toner concentration of the new toner to produce a reference signal by A/D-converting the detected toner concentration and to rewrite the developing device identifying data stored in the EEPROM8 and the output data of the toner sensor.
Patent JP-H04145697-A (JP)
Title: Guide structure of electronic circuit package
Inventor: SANO TOSHIFUMI
IPC: H05K7/14
Filed: 1990-10-08
Abstract: PURPOSE:To make it possible to stabilize the mounting of a board with a different thickness, meet with the diversification of the thickness of boards, and standardize guides by pressing a printed board with a spring installed to a guide groove of a guide. CONSTITUTION:A spring 11 is installed to the sides of a guide groove 5 of a pair of opposite guides. Even when printed boards 3a, 3b, and 3c are inserted where their thickness varies respectively, the spring 11 makes it possible to stabilize mounting by pressing a reference surface to the sides of the guide groove by its spring force. It is, therefore, possible to fix the reference surface with a guide 6a whose groove is identical in its configuration as for printed boards whose thickness varies respectively and hence standardize the guides.
Patent JP-H10115411-A (JP)
Title: Shochu waste solution incinerator
Inventor: KATO HIROAKI
IPC: F23G7/04
Filed: 1996-10-11
Abstract: PROBLEM TO BE SOLVED: To provide a shochu waste solution incinerator which burns and incinerates shochu waste solution and dissolves the waste solution into waste gas and ashes, and thereby does not allow filtered solution or an organic solid to remain. SOLUTION: An atomizer 2 is provided in the upper part of an incinerator 1 while a burner 3 is provided in the lower part. A shochu waste solution conduit 7' which supplies a shochu waste solution 4 and a pressure gas conduit 5' which supplies a pressure gas 5 are connected to the atomizer 2 while a fuel conduit 9' and an air supply conduit 11' are connected to the burner 3. Exhaust gas temperature control units 13, 14, 15 and 16 are provided over the incinerator 1 and the burner 3 so as to control the temperature of exhaust gas of the incinerator, thereby evaporating, burning and incinerating the shochu waste solution 4.
Patent JP-H01112864-A (JP)
Title: Picture signal correcting device
Inventor: TANAHASHI IWAO
IPC: H04N1/40
Filed: 1987-10-26
Abstract: PURPOSE:To correct the pulse width of a picture signal in accordance with a requested value by selecting the output of a delay circuit corresponding to a correction picture element width out of the outputs of plural delay circuits with delaying characteristics different by every DELTAt time. CONSTITUTION:The picture signal (a) inputted to an input terminal 101 goes to the picture signals, DELTAt time delayed by the delay circuit 1A, 2XDELTAt time delayed by the delay circuit 2A and nXDELTAt time delayed by the circuit nA. In a selection circuit 11, one picture signal is selected out of the picture signals b1-bn according to a correction picture element width designating signal (h) inputted from the terminal 104. The output of an AND circuit 12 goes to a first corrected picture signal (d) on account of the AND of the input picture signal (a) and the output signal (c) of the selection circuit 11. The output of the OR circuit 13 goes to the second corrected picture signal (e) on account of the OR of the input picture signal (a) and the output signal (c) of the selection circuit 11. The selection circuit 14 selects and outputs one of the input picture signal (a), or a first corrected picture signal (d) or a second corrected picture signal (e) according to a picture element correction classification signal (g).
Patent JP-H05108383-A (JP)
Title: Interruption mask system for virtual computer system
Inventor: UEHARA YOSHIYUKI
IPC: G06F9/48
Filed: 1991-10-18
Abstract: PURPOSE:To effectively deal with interruption from the peripheral devices to the CPU even of this system has a large-scale without increasing hardware in the interruption mask system for interruption generated from the peripheral device to the VM domain comprising plural virtual computers on an operating system(OS). CONSTITUTION:The number of a mask registers 10 latching an interruption mask, and that of an interruption request reservation latch 12 constituted of the hardware are limited to the number corresponding to the number of peripheral devices. The allocation information on the peripheral device shown by physical numbers LSN=0 to 3 and the VM domain shown by DMID=0 to 3 and correspondence information with the logic number DLN of the peripheral device capable of discrimination in the VM domain are held in the storage area in the CPU. In the case of revising the interruption mask of the mask register 10, the storage information and the VM domain number under execution are compared with each other, and the value of an interruption mask is revised by designating the interruption mask corresponding to the equal number VM domain as an object to be revised.
Patent JP-S63124758-A (JP)
Title: Outer-rotor type hybrid motor
Inventor: HIRATA KAZUYUKI
IPC: H02K37/06
Filed: 1986-11-14
Abstract: PURPOSE:To facilitate the magnetization of a permanent magnet, by fixing the permanent magnet to the inside circumferential surface of a rotor yoke at a predetermined interval and by embedding a magnetized coil within the predetermined interval. CONSTITUTION:A rotor 2 is arranged by which a stator 1 is surrounded. A rotor yoke 3 is provided at the outside circumference of the rotor 2, while at the inside circumferential surface of the rotor yoke 3 two permanent magnets 4 and 5 are fixed at a predetermined interval in the axial direction of a motor. The permanent magnets 4 and 5 are magnetized in the radial direction of the motor shaft, of which the direction of magnetization is made reverse. A magnetized coil 14 is embedded and fixed within the predetermined interval between a rotor core 6 and a permanent magnet 5 and a rotor core 7 fixed to the permanent magnet 5.
Patent JP-S62130763-A (JP)
Title: Metallic mold
Inventor: TAKAHASHI KATSUHIKO
IPC: B29C33/02
Filed: 1985-11-29
Abstract: PURPOSE:To form a product decreased of defects such as distortion, blowholes and cracks by constituting a metallic mold of plural split molds, and forming heat insulating gaps between the respective split molds thereby limiting the movement of the heat in the metallic molds and solidifying a molten metal at a uniform speed. CONSTITUTION:The metallic mold 1 is constituted of the split mold 1a forming a thick-walled part A1 of a product A and a split mold 1b forming a thin-walled part A2 of the product A. The molds 1a, 1b are installed in one matrix 1c to constitute a piece of the metallic mold 1. The heat insulating gaps 3 are formed among the molds 1a, 1b, 1c in order to improve the thermal dependency of the molds 1a, 1b, 1c. Cooling holes 2 for cooling the mold 1 are formed by a required number between the molds 1a and 1b and cooling pipes 5 are inserted therein. The flow rates of the cooling water are regulated for each of the molds 1a, 1b by the information on the finishing condition of the product A, temp. sensor, etc. by which the respective slit molds are optionally controlled in temp.
Patent JP-H10126388-A (JP)
Title: Error correction method in radio communication network
Inventor: INOUE FUMIO
IPC: G01R31/28
Filed: 1996-10-14
Abstract: PROBLEM TO BE SOLVED: To provide the error correction method in a radio communication network in which error correction is conducted more properly by estimating an error occurrence rate in advance and correcting error based thereon in a mobile communication network. SOLUTION: An electric field strength measurement means 17 discriminates an electric field strength from reception power which is outputted from an RF module 14 and gives the electric field strength to a generation polynomial decision means 18. The generation polynomial decision means 18 decides a generation polynomial by referencing a generation polynomial table 20, based on the electric field strength. An FEC arithmetic section 11 calculates an FEC addition bit by using the generation polynomial and a multiplexer means 12 multiplexes FEC addition bit, data, generation polynomial table number, a baseband processing means 13 converts the data into a data packet for the mobile communication network, and an RF module 14 modulates the data for the communication.
Patent JP-H0581610-A (JP)
Title: Production of core material for magnetic head
Inventor: SATO HEIKICHI
IPC: G11B5/23
Filed: 1991-09-24
Abstract: PURPOSE:To produce a core material for a magnetic head with a magnetic metal film with high dimensional accuracy at a low cost. CONSTITUTION:Plural projections 2 are formed on one principal face of a first substrate 1 at prescribed pitches and grooves 4 for fixing the projections 2 are formed in a second substrate 3. The projections 2 are fixed in the grooves 4 and a magnetic metal film 5 is formed between the grooves 4 and the projections 2. The substrates 1, 3 are then integrated by joining and the first substrate 1 is polished until one principal face 3a of the second substrate 3 is exposed.
Patent JP-H02166239-A (JP)
Title: Method for decalcification of rare earth
Inventor: RAMU EE SHIYAAMA
IPC: C22C1/00
Filed: 1989-10-11
Abstract: PURPOSE: To perfectly remove Ca from an alloy of rare earth metals and ferromagnetic metals by reducing a mixture of the oxide of rare earth elements and the oxide of ferromagnetic metals by Ca, thereafter converting CaO and unreacted Ca into Ca(OH) 2  by water and separating the Ca(OH) 2  as water soluble salt by a specified reagent.  
     CONSTITUTION: At the time of producing a permanent magnet composed of rare earth elements such as Nd, Pr or the like and ferromagnetic metals such as Fe, Co or the like, a powdery mixture of the oxide of Nd and Pr and the oxide of Fe and Co is added with Ca as a reducing agent, and they are caused into reaction with under heating to produce a cake contg. the material for a magnet composed of a compound of rare earths-ferromagnetic metals, CaO and unreacted Ca. The cake is caused into reaction with water in an atmosphere contg. no CO 2  to convert the CaO and Ca into Ca(OH) 2 , which is added with ammonium acetate or the like and is made alkaline of pH >9, and the Ca(OH) 2  is dissolved as water soluble alkali salt and is subjected to solid.-liq. separation from the compound grains of the rare earth elements- ferromagnetic metals. The rare earth elements-ferromagnetic metal compound is molded in the magnetic field to produce a permanent magnet having high performance. 
     COPYRIGHT: (C)1990,JPO
Patent JP-H01113295-A (JP)
Title: Heat transfer print of metallic evaporated foil and heat transfer printing method
Inventor: OSAWA RYUICHI
IPC: B44C1/165
Filed: 1987-10-27
Abstract: PURPOSE: To obtain a thermal transfer print that protects both metal evaporated layer and a base with a single layer coating and has excellent friction resistance by printing ink directly on the base surface of an object to be transferred and by placing a layer of clear varnish so as to coat the metal evaporated layer connected on this printing ink and the base surface. CONSTITUTION: After a printing ink layer is formed on the base, objects to be transferred are heated in an oven until the time just before completely hardened and then taken out from the oven, and the metal evaporated foil is transferred on the printing ink layer alone to form a metal evaporated layer by applying heat and pressure to the metal evaporated foil on the ink layer and the base with a hot stamping machine. After the printing ink layer is completely hardened, clear varnish is painted so as to mask the base surface except the portion where the metal evaporated layer and the printing ink layer have been printed.